Aeronautics & Astronautics - Structures > Contact Mechanics: Page 4

No. 26798 Comparison of effective contact radius with Hertz radius No. 26799 Moving heat sources No. 26800 Surface temperature distribution No. 26801 Maximum and average temperatures as a function of speed No. 26802 Thermoelastic distortion caused by heating of a half-space No. 26803 Half-space thermoelastic distortion caused by a moving heat source No. 26804 Contact pressure distribution for spherical bodies. No. 26805 Contact of spherical bodies at different temperatures No. 26806 Elastic rod between two rigid walls at different temperatures No. 26807 Thermal resistance as a function of the gap or contact pressure No. 26812 Variation of contact width & pressure fluctuations with sliding speed No. 26813 Transient thermoelastic variations of the radius of a circular area No. 26814 Thin elastic strip between elastic rollers No. 26818 Pressure and traction distributions for incompressible elastic strip No. 26819 Pressure and traction ratio for incompressible elastic strip No. 26820 Semi-contact width, pressure and creep ratio for an elastic strip No. 26821 First yield and plastic reduction loading in the rolling of a strip No. 26830 Thin film of incompressible fluid between 2 moving solid surfaces No. 26831 Pressure distributions for lubrication of rigid rollers No. 26832 Pressure distribution for lubrication of elastic rollers No. 26833 Film shape for lubrication of elastic rollers No. 26834 Typical pressure distribution for lubricants with variable viscosity No. 26835 Typical film shape for lubricants with variable viscosity No. 26836 Idealisation for elastohydrodynamic lubrication of rollers No. 26837 Indentation caused by a rough wedge with slip at the interface No. 27157 Pneumatic actuating valve schematic diagram
 

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